Epic Halfpipe Spin: Snowboarder Nails Flawless Aerial Grab!

{
  "shot": {
    "description": "Dramatic broadcast coverage of snowboarder executing aerial rotation in halfpipe. Athlete builds speed, carves up wall, launches into controlled flip with board grab, lands cleanly, rides away with celebration",
    "duration": 8,
    "camera_motion": "slow push in during aerial moment, pull back for landing"
  },
  "subject": {
    "main_character": "Professional snowboarder in bright team colors, helmet and goggles",
    "action_sequence": "Setup turns in flat bottom (0-2s), aggressive carve up wall (2-3s), explosive launch and inverted rotation with method grab (3-5s), spotted landing with compression (5-6s), ride away with fist pump (6-8s)"
  },
  "scene": {
    "location": "Olympic-standard halfpipe, competition setting",
    "environment": "Alpine venue, clear sky, mountain backdrop, branded banners on deck",
    "atmosphere": "Competition intensity, spectators visible on edges"
  },
  "visual_details": {
    "lighting": "High contrast daylight, dramatic shadows in pipe",
    "style": "Broadcast sports coverage, ESPN production quality",
    "color_palette": "Vivid team colors against white snow, deep blue sky"
  },
  "cinematography": {
    "shot_type": "Telephoto compression from safe distance",
    "framing": "Athlete fills frame at peak height, pipe walls create leading lines",
    "movement": "Subtle zoom during apex, stable base position",
    "depth_of_field": "Sharp focus on athlete, soft mountain background"
  },
  "audio": {
    "ambient_sounds": "crisp board carve on hard snow, takeoff compression sound, wind whoosh during rotation, solid landing impact, crowd reactions distant",
    "atmosphere": "reverb from mountain acoustics, spatial depth"
  },
  "visual_rules": {
    "prohibited_elements": [
      "impossible physics",
      "multiple flips",
      "unrealistic hang time"
    ],
    "style_reference": "Winter X-Games broadcast, Olympics snowboarding coverage",
    "physics_constraints": "proper parabolic arc, realistic rotation speed, gravity consistent"
  }
}